Structural analysis software for designers, Altair Inspire.

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last updated：Jan 11, 2022

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Generative Design / Topology Optimization / Rapid Simulation

Altair Inspire is a structural and mechanical analysis software developed by Altair, a pioneer in topology optimization, for designers. It allows design engineers, product designers, and architects to easily and efficiently create and validate designs with excellent structural characteristics. Inspire utilizes the design concept generation and analysis technologies of Altair OptiStruct, which leads the industry, as well as motion analysis technology based on MotionSolve. The software is easy to learn and, when combined with existing CAD tools, helps reduce rework in structural design, costs, development time, material usage, and product weight. ■ Key Features of the Product - Generation and analysis of structurally efficient concepts - Support for optimization and analysis of parts and assemblies - Quick and easy cleanup and defeaturing (removal of unnecessary parts) of problem areas within shapes - Understanding of behavior for linear static analysis and modal analysis - User-friendly interface that can be learned in a short time - Analysis of complex mechanisms and verification and application of loads

Related Link - https://www.altairjp.co.jp/inspire/

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basic information

■ Strengths of Altair Inspire ◆ Rapid Design It can generate concepts that meet structural performance requirements in the early stages of the design cycle. As a result, it can satisfy structural requirements in a significantly shorter time compared to the traditional design-verify-redesign approach. ◆ Smart Design Using Altair Inspire, it is easy to run "what-if" scenarios by modifying package space, joints, load conditions, and shape controls. By verifying the resulting concepts, valuable insights can often be gained. ◆ Lightweight Design Inspire uses materials efficiently, placing them only where necessary to meet structural performance requirements. The reduction in design weight leads to savings in material costs, improved performance, and reduced transportation costs.

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Applications/Examples of results

◆Creation and Simplification of Shapes The Inspire modeling tool allows for the creation, editing, and simplification of solid models. It leverages the speed and accuracy of SimSolid to evaluate multiple design proposals. ◆Dynamic Motion Automatically recognizes contacts, joints, springs, and dampers, making it easy to generate dynamic motion for complex mechanisms. ◆Topology Optimization Inspire offers topology optimization options such as optimization goals, stress/displacement constraints, and acceleration/gravity/temperature load conditions. ◆Design for 3D Printing The overhang shape control for creating designs suitable for 3D printing helps reduce overhangs and increase self-supporting structures. ◆Design for 3D Printing The overhang shape control for creating designs suitable for 3D printing helps reduce overhangs and increase self-supporting structures. ◆Assembly Organization Create multiple assembly configurations (combinations of parts) and evaluate each design scenario along with the concepts derived from those scenarios.

Detailed information

Robot arm designed with Altair Inspire.
Design for Generative Design 3D Metal Printing of Automotive Engine Brackets
Analysis of the initial design of the robot gripper.
Automatic identification of holes for simplification before optimization of robot grippers.
Topology optimization of robot grippers
Final design of the robot gripper.
Finite Element Analysis (FEA) of Robot Grippers
Final shape of the optimized robot gripper's claw (after rendering)
Optimized metal brackets for the aerospace field, created with a 3D printer.